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SSTKJ气体传感器/气敏元件/气体变送器/气体报警器/气体模块

以产品原理分类导航|以应用领域分类导航|以测试对象分类导航|以气体厂家品牌分类导航|按气体分子式分类|按气体类型分类| 气体模块模组气体检测仪气体仪器设备应用领域与气体信息关联表|

费加罗Figaro
根本化NEMOTO
FIS
城市气体CITY
IT
SENSORIC
Alphasense
Membrapor
RAE
森斯特
Dittrich
国产
DCS
VTI
SENSORS
爱丁堡
霍尼韦尔Honeywell
神荣SHINYEI
E2V
GE
SMARTGAS
MSI
MEAS
电化学传感器工作指南及电路图工作电路图及尺寸图
催化燃烧式传感器工作原理毒气传感器
毒气传感器工作原理
红外传感器工作原理
电化学传感器技术条件/名词释义
氧传感器工作指南
氧气传感器工作原理
美国AII选型资料 美国AII资料下载 美国AII图文介绍 美国AII应用
美国AII资料1 美国AII资料2 美国AII资料3 美国AII资料4

Application Guide

Semiconductors Electronics Air Separation N2/O2 Generators Controlled Atmospheres Chemical/Petrochemical Natural Gas Pipeline Transmission Surface Transport Medical Scuba Diving Closed Circuit Rebreathers Ambient Area Safety Welding Research Specialty Metals Glass/FurnanceBeverages
Industry Service Background Model
Air Separation 0-100 PPB Oxygen contamination of (99.9999999%) ultra high purity N2 produced cryogenically N2, Ar, H2, He GPR-1600 UHP
  0-1 PPM Oxygen contamination of (99.99999%) purity N2 generated cryogenically and ceramic membrane process

 

N2, Ar, H2, He GPR-1600 UHP
GPR-1600 MS
GPR-1200 MS
  0-10 PPM Oxygen contamination of (99.9999%) purity N2 during separation, storage and transfer via pipeline and tanker truck N2, Ar, H2, He GPR-1600 UHP
GPR-1600 MS
GPR-1600
GPR-1200 MS
GPR-1200
GPR-1100
 
  0-10 PPM Oxygen contamination of (99.999%) purity N2 generated cryogenically, ceramic membrane, pressure swing adsorption (PSA) skid and deoxo catalytic processes N2, Ar, H2, He GPR-1600 UHP
GPR-1600 MS
GPR-1600
GPR-1200
GPR-1100
 
  0-10 PPM contamination of purity H2 produced by: electrolysis, catalytic partial oxidation of hydrocarbons and by dissolving solid sodium chloride into mercury bath

 

H2 GPR-1600 MS
GPR-1600
GPR-1200
GPR-1100
 
  0-10 PPM Oxygen contamination of PPM level purity N2 transported via pipelines and tanker trucks to end users N2, Ar, H2, He GPR-1600 MS
GPR-1600
GPR-1200
GPR-1100
 
  0-10 PPM Oxygen contamination of gas cylinder certification: specialty mixes including welding gas Varies GPR-1600
GPR-1900
GPR-1200
 
  1-95% Oxygen contamination of gas cylinder certification: specialty mixes Varies GPR-2600
GPR-2900
GPR-2000
 
  0-1000 PPM Oxygen contamination of (99.99%) purity N2 generated by pressure swing adsorption (PSA) skid and deoxo catalytic Air GPR-1500
GPR-1900
GPR-1200
GPR-1100
 
  0.1% to 5% Oxygen contamination of (99.9%) purity N2 generated from a membrane process mounted on portable skid Air GPR-2500
GPR-2900
GPR-2000
 
  99.5% to 100% high purity (medical grade) oxygen generated cryogenically Ar GPR-3100
  98% to 100% high purity oxygen of air separation process Air GPR-3100
  20.9% Oxygen generated by synthetic air blenders for hospital back-up O2, N2 GPR-2900
  50% to 95% Oxygen generated by pressure swing adsorption (PSA) and vacuum pressure swing adsorption (VPSA) processes mounted on portable skids used Air GPR-3100
GPR-2600
GPR-2900
GPR-2000
GPR-3500 MO
  Oxygen deficiency in control rooms in accordance with OHSA, Caution 20% and Danger 19.5% thresholds Air, N2 GPR-35
GPR-2500 S
GPR-2500 S ATEX
GPR-2835 AIS ATEX
GPR-2835 IS ATEX
AII-3000 A
AII-3000 M
Palm O2 I
  Oxygen levels inside skid mounted containers housing N2 and oxygen generators, 19.5% deficiency and 23.5% excess Air, N2, 02 GPR-35
GPR-2500 S
GPR-2500 S ATEX
GPR-2835 AIS ATEX
GPR-2835 IS ATEX
AII-3000 A
AII-3000 M
Palm O2 I
Ambient Safety Oxygen deficiency in ambient air found in confined spaces, control rooms and area monitoring in accordance with OSHA, Caution 20% and Danger 19.5% thresholds Ambient GPR-35
GPR-2500 S
GPR-2500 S ATEX
GPR-2835 AIS ATEX
GPR-2835 IS ATEX
AII-3000 A
AII-3000 M
Palm O2 I
  ATEX certified intrinsically safe equipment for monitoring oxygen deficiency <19.5% in areas classified as hazardous (not for acetylene or hydrogen service). Ambient GPR-2500 S ATEX
GPR-2835 AIS ATEX
GPR-2835 IS ATEX
  Oxygen deficiency in control rooms in accordance with OHSA, Caution 20% and Danger 19.5% thresholds Air, N2 GPR-35
GPR-2500 S
GPR-2500 S ATEX
GPR-2835 AIS ATEX
GPR-2835 IS ATEX
AII-3000 A
AII-3000 M
Palm O2 I
  Oxygen levels inside skid mounted containers housing N2 and oxygen generators, 19.5% deficiency and 23.5% excess Air, N2, 02 GPR-35
GPR-2500 S
GPR-2500 S ATEX
GPR-2835 AIS ATEX
GPR-2835 IS ATEX
AII-3000 A
AII-3000 M
Palm O2 I
Antiquities 0-1% Oxygen contamination of inert N2 blanketing of various artifacts within museums, eliminates corrosion N2 GPR-2900
GPR-2500
Automotive 0.1% to 5% Oxygen contamination of (99.9%) purity N2 produced by skid mounted membrane generators for production of low purity diesel fuel (81% N2) that reduces NOx emissions Air GPR-2900
GPR-2500
GPR-2535
GPR-2000
Aviation 0.1% to 5% Oxygen contamination of N2 (99.9%) purity N2 produced by skid mounted membrane generators for inerting aircraft fuel tanks Air GPR-2900
GPR-2500
GPR-2535
GPR-2000
Beverages 0-10 PPM Oxygen contamination of vaporized liquid CO2 transferred from tanker truck (optional automated sample system available) CO2, Air GPR-1600
GPR-1900
GPR-1500
GPR-1200
GPR-1100
 
  0-10 PPM Oxygen contamination of CO2 delivery tankers CO2 GPR-1600
GPR-1900
GPR-1500
GPR-1200
 
  0-10 PPM Oxygen contamination of CO2 cylinders used in beverage dispensing CO2 GPR-1600
GPR-1900
GPR-1500
GPR-1200
 
  0-10 PPM Oxygen contamination of head space (CO2 blanket) of fermentors, brew tanks and storage tanks CO2 GPR-1600
GPR-1900
GPR-1500
GPR-1200
 
  0-10 PPM Oxygen contamination of CO2 injection into fermentation process CO2 GPR-1600
GPR-1900
GPR-1500
GPR-1200
 
  0-10 PPM Oxygen contamination of off-line fermetors CO2 GPR-1600
GPR-1900
GPR-1500
GPR-1200
 
  0-10 PPM Oxygen contamination of head space (CO2 blanket) of wood barrels CO2 GPR-1600
GPR-1900
GPR-1500
GPR-1200
 
  0-10 PPM Oxygen contamination of CO2 reclaimed from the brewing process for reuse or sale back to gas manufacturer CO2 GPR-1600
GPR-1900
GPR-1500
GPR-1200
 
  0-1% Oxygen contamination of carbonation in bottling process CO2 GPR-2600
GPR-2900
GPR-2500
 
Blanketing 0-100 PPM Oxygen contamination of blanketing gases ensuring product quality off proprietary hydrocarbons N2, Ar, He GPR-1600 UHP
GPR-1600 MS
 
  0-10 PPM Oxygen contamination of blanketing gases protecting product quality during tranportaion and storage N2, CO2 GPR-1600
GPR-1500
GPR-1800 AIS ATEX
GPR-1800 IS ATEX
GPR-1900
GPR-1200 ATEX
GPR-1100
 
  Spot check oxygen levels in fruit and grain storage silos are below 1% oxygen to extend storage life and maintain quality N2, CO2 GPR-2000
GPR-3000 A
Palm O2 I
  Monitor oxygen levels are below 5% to prevent ignition or explosive reactions with other gases N2, CO2 GPR-28 ATEX
GPR-28
GPR-2800 AIS ATEX
GPR-2800 IS ATEX
GPR-2500 ATEX
GPR-2000 ATEX
GPR-2600
GPR-2900
GPR-2500
 
Chemical Petrochemical 50 PPB to 5 PPM Oxygen contamination that can act as a catalyst of undesirable polymerization during steam cracking hydrocarbon feedstocks (ethane, propane, butane, naptha, natural gas, etc.) to produce olefin feedstocks (ethylene, propylene, butadiene, H2 and others) that are then separated and purified; and, increasing oxygen levels indicate an air leak creating a potentially explosive hazard Hydrocarbon feedstocks,
Ethylene,
Propylene,
Butadiene
GPR-18 MS ATEX
GPR-18 ATEX
GPR-1200 MS ATEX
GPR-1200 ATEX
GPR-1100 ATEX
 
  50 PPB to 10 PPM Oxygen contamination of Zieglar-Natta and metallocene catalysts used to initiate and control the polymerization reaction to assure product quality and processing performance of plastics such as polyethylene, polypropylene, polyesters, etc. Ethylene,
Propylene,
Butadiene,
N2 blanket
GPR-18 MS ATEX
GPR-18 ATEX
GPR-1800 AIS ATEX
GPR-1800 IS ATEX
GPR-1200 MS ATEX
GPR-1200 ATEX
 
  0-5 PPM Oxygen contamination of pipelines containing natural gas and olefin feedstocks assures quality of polyolefin product; and, increasing oxygen levels indicate an air leak creating a potentially explosive hazard Ethylene,
Propylene,
Butadiene
GPR-18 ATEX
GPR-1800 AIS ATEX
GPR-1800 IS ATEX
GPR-1200
GPR-1100
 
  0-10 PPM Oxygen contamination of (99.99%) purity N2 for inert blanking of chemicals and refined feedstocks during storage and/or transport by barge, rail, truck tanker or pipeline N2 GPR-18 ATEX
GPR-1800 AIS ATEX
GPR-1800 IS ATEX
GPR-1200
GPR-1100
 
  0-10 PPM Oxygen contamination of (99.99%) purity N2 for inert blanking of hydrocarbon processing or storage on offshore platform N2 GPR-18 ATEX
GPR-1800 AIS ATEX
GPR-1800 IS ATEX
GPR-1200 ATEX
GPR-1100 ATEX
 
  0-10 PPM Oxygen impurity in hydrogen mixed with air to produce hydrogen peroxide (H2O2) Air GPR-1600
GPR-1900
GPR-1500 ATEX
GPR-1200 ATEX
GPR-1100 ATEX
 
  0-10% Oxygen impurity in production of sodium benzoate a food preservative Air GPR-28 ATEX
GPR-2800 AIS ATEX
GPR-2800 IS ATEX
GPR-2000 ATEX
 
  100% High purity oxygen generated cyrogenically used in conjunction with newly developed closed loop processes enable producers of intermediate products to switch from olefin feedstocks to less expensive alkane feedstocks (butane, ethane and propane), recirculate offgases and smaller vessel size (additional cost savings) while reducing the potential for explosive hazards. Products:
- acrylonitrile (propane in lieu of propylene)
- ethylene oxide & ethylene dichloride
- vinyl acetate monomer
- caprolactam
- maleic anhydride
  GPR-3100
GPR-2500 MO
GPR-3500 MO
 
  30% to 100% Pure oxygen generated cryogenically, pressure swing adsorption (PSA) and vacuum pressure swing adsorption (VPSA) processes mounted on skids replaces air to enrich existing processes and boost product yield and reduce NOx emissions:
- fluid catalytic cracking
- sulfur recovery (reduce content in vehicle fuels and use heavier crude feedstocks without being constrained by the capacity of the sulfur plant)
- sulfuric acid regeneration (used in the production of titanium dioxide)
- aluminum smelters
- glass smelters
Varies GPR-3100
GPR-2500 MO
GPR-2600
GPR-2900
GPR-3500 MO
GPR-2000
 
Controlled Atmospheres 1 PPM to 100% Oxygen PPM and percent level measurement in inert sealed enclosures used to isolate a particulater process from the environment Varies GPR-1535 GB
GPR-1900
GPR-2535
GPR-2900
 
Curing Oven 0-100 PPM Oxygen contamination of low level oxygen measurement for inert blanketing during the curing process Varies GPR-1600
GPR-1900
GPR-1500
GPR-1200
Diving Trimix compressed gas mixtures utilizing Helium and Oxygen for technical diving He, O2, N2, Air GPR-4001 TruMix
 
  Nitrox compressed gas mixtures utilizing elevated O2 levels for recreational diving O2, N2, Air Palm O2 D
  OEM and replacement oxygen sensors for CCR rebreather applications O2, Air O2 Sensors for Rebreathers
Electrical Transformer 0-10 PPM Oxygen monitoring of switch boxes, excess oxygen can cause arcing SF6 GPR-1200
Electronics 0-100 PPB Oxygen contamination of (99.9999999%) ultra high purity N2 produced cryogenically N2, Ar, H2, He GPR-1600 UHP
 
  0-1 PPM Oxygen contamination (99.99999%) of purity N2 generated cryogenically and ceramic membrane process N2, Ar, H2, He GPR-1600 UHP
GPR-1600 MS
GPR-1200
 
  0-1 PPM Oxygen contamination of cryogenic purity N2 for production furnances N2, Ar, H2, He GPR-1600 UHP
GPR-1600 MS
GPR-1200
 
  0-10 PPM Oxygen contamination of 99.9999% Nitrogen purity N2 during separation, storage and transfer via pipeline and tanker truck N2, Ar, H2, He GPR-1600 UHP
GPR-1600 MS
GPR-1600
GPR-1200 MS
GPR-1200
GPR-1100
 
  0-10 PPM Oxygen contamination of cryogenic, ceramic membrane, pressure swing adsorption (PSA) skid and deoxo catalytic generated (99.999%) purity N2 N2, Ar, H2, He GPR-1600 MS
GPR-1600
GPR-1200
GPR-1100
 
  10 PPM to 100% Oxygen purity of furnace fuel gas for sintering ceramic powders into shapes Fuel gas GPR-1600
GPR-1900
GPR-1500
GPR-1200
GPR-2600
GPR-2900
GPR-2500
GPR-1100
 
  0-10 PPM Oxygen contamination in controlled atmospheres used for various sealing, firing and soldering processes to join dissimilar materials N2 GPR-1600 MS
GPR-1900 MS
GPR-1900
GPR-1500
GPR-1200
 
  0-10 PPM Oxygen contamination in N2 gases used in inert reflow soldering and wave soldering N2 GPR-1600
GPR-1900
GPR-1500
GPR-1200
 
  0-10 PPM Oxygen contamination in N2, and H2 gases used in the packaging of integrated circuits N2 GPR-1600
GPR-1900
GPR-1500
GPR-1200
 
  Oxygen deficiency in confined areas in accordance with OHSA Caution 20% and Danger 19.5% threshholds Air, N2 GPR-35
GPR-2500 S
GPR-2500 S ATEX
GPR-2835 AIS ATEX
GPR-2835 IS ATEX
AII-3000 A
AII-3000 M
Palm O2 I
  0-20.9% Oxygen, 0-10 PPM CO, 0-1000 PPM CO2 content of breathing air respirator tanks Compressed air GPR-990
Fertilizer 0-10 PPM Oxygen, contamination during Ammonia production N2, H2 GPR-1600
GPR-1500
 
Fiber Optics 0-10 PPM Oxygen impurity in inking process N2 GPR-1600
GPR-1200
 
  0-10 PPM Oxygen, contamination monitoring during the transmission of signals at different wavelengths N2 GPR-1600
 
Food 0-5% Oxygen impurity in modified atmosphere package (MAP) N2 or CO2 GPR-2500
GPR-20 FP
  0-5% Oxygen level to protect personnel and equipment from possible explosive hazard (methane) resulting from decomposition of bio-ponds N2 or CO2 GPR-2800 AIS ATEX
GPR-2800 IS ATEX
GPR-2500 S ATEX
  0-100% Oxygen purity levels during injection of pure oxygen into fish farms to expedite fish growth Oxygen GPR-3100
GPR-2500 MO
GPR-2900
GPR-2500
GPR-2000
GPR-3500 MO
  0-1% Oxygen low level oxygen measurement in CO2 background gas during the stunning process for both pigs and poultry CO2 GPR-2600
 
Glass 30% to 100% Oxygen, pure oxygen generated cryogenically, pressure swing adsorption (PSA) and vacuum pressure swing adsorption (VPSA) processes mounted on skids replaces air to enrich existing processes and boost product yield and reduce NOx emissions Varies GPR-3100
GPR-2600
GPR-2900
GPR-3500 MO
GPR-2000
Glove Box 1 PPM to 100% Oxygen PPM and percent level measurement in inert sealed enclosures used to isolate a particulater process from the environment Varies GPR-1535 GB
GPR-1900
GPR-2535 GB
GPR-2900
Light Bulbs 0-100 PPM Oxygen low level PPM measurement of Ar, He and N2 during bulb filling procedure Ar, He, N2 GPR-1600
GPR-1900
GPR-1500
Landfill Gas 0-1% level oxygen measurement of the gas as it is used to power incinerators and boilers Methane,
N2, CO2, CO
GPR-2800 AIS
Marine Transport 0-10 PPM Oxygen PPM level N2 for inert blanketing of refined feedstocks and other hydrocarbon cargo during transport N2 GPR-1600
GPR-1200
GPR-1100
  0-10 PPM Oxygen PPM level N2 for inert blanketing of vegetables and other perishable goods N2 GPR-1600
GPR-1200
GPR-1100
  0-1% oxygen purging of cargo hulls and holds to eliminate bugs and micro organisms; prevents contamination of local water ways N2 GPR-2600
 
Medical Second hand confirmation of the volume of oxygen (15-100%) being administered to a patient during:

Anesthesia
Respiratory Therapy
Neonatal Incubators
Pediatric Hoods
Oxygen Therapy in Intensive Care
Emergency Transport
 

O2, Air, Anesthesia Gases AII-2000 A
AII-2000 HC
AII-2000 M
AII-2000 Palm O2
  OEM (view cross reference) oxygen sensors for anesthesia O2, Air, Anesthesia Gases Oxygen Sensors for Anesthesia
  OEM (view cross reference) oxygen sensors for respiratory therapy O2, Air, Anesthesia Gases Oxygen Sensors for Respiratory
Military 0.1% to 5% Oxygen membrane skid generated N2 (99.9%) inerting fuel storage tanks on ships Air GPR-2600
GPR-2900
GPR-2000
  0-10 PPM Oxygen, low PPM Mustard and Saran gas used to produce biological weapons Mustard, Saran GPR-1600
  0-10 PPM Oxygen, low PPM N2 for sidewinder cylinder missile refilling N2 GPR-1200
  0-1% Oxygen, low percent N2 for tire filling applications N2 AII-3000A
TruO2 I/W
  0-100% Oxygen Purity measurement utilized for high altitude breathing when required for the crew or oxygen saturation for paratroops Oxygen GPR-2900
GPR-3500 MO
  0-100% Oxygen Purity measurement provide point of analysis in self cantained oxygen concentrators for field hospitals Oxygen GPR-2900
N2/O2 Generators 0-1000 PPM Oxygen, PPM level N2 (99.99%) generated by pressure swing adsorption (PSA) skid and deoxo catalytic Air GPR-1500
GPR-1900
GPR-1200
GPR-1100
  0.1% to 5% Oxygen, N2 (99.9%) generated from a membrane process mounted on portable skid Air GPR-2900
GPR-2000
  20.9% Oxygen, synthetic air blenders for hospital back-up Oxygen GPR-2900
  50% to 95% Oxygen generated by pressure swing adsorption (PSA) and vacuum pressure swing adsorption (VPSA) processes mounted on portable skids used Air GPR-3100
GPR-2600
GPR-2900
GPR-2000
GPR-3500 MO
Natural Gas 0-10 PPM Oxygen contamination of natural gas extracted by vacuum techniques creates the possibility of exceeding 0-50 PPM oxygen contractual limits which requires costly blending processes to reduce the oxygen to contractual limits CH4, CO2, H2S GPR-1500 AIS ATEX
GPR-1500 IS ATEX
GPR-1500 ATEX
GPR-1200 ATEX
GPR-1100 ATEX
General purpose configurations available
  0-10 PPM Oxygen contamination in vacuum extraction as above where minor amounts of liquid is present in the gas stream CH4, CO2, H2S GPR-1500 AIS ATEX ‡
GPR-1500 IS ATEX ‡
GPR-1500 AIS ‡
GPR-1500 IS ‡
GPR-1200 ATEX
GPR-1100 ATEX
‡ Optional A-3393-X Sample System
  0-10 PPM Oxygen contamination in vacuum extraction as above where large amounts of liquid is present in the gas stream CH4, CO2, H2S GPR-1500 AIS-LD ATEX
GPR-1500 IS-LD ATEX
 
  0-20 PPM to 100 PPM continuous analysis of H2S concentration in natural gas streams CH4, CO2, H2S GPR-7500 AIS
GPR-7500 IS
 
  0-500 PPM to 2000 PPM continuous analysis of H2S concentration in natural gas streams CH4, CO2, H2S GPR-7500 AIS
GPR-7500 IS
 
  0-100 PPM Oxygen from air leaks reacts with H2O and H2S to form sulfuric acid which corrodes gathering lines resulting in lost product and potentially explosion conditions CH4, CO2, H2S GPR-1200 ATEX
GPR-1100 ATEX
 
  0-20 PPM to 100 PPM spot check analysis of H2S concentration in natural gas streams CH4, CO2, H2S GPR-7100
 
  0-500 PPM to 2000 PPM spot check analysis of H2S concentration in natural gas streams CH4, CO2, H2S GPR-7100
 
  0-100 PPM Oxygen contamination of catayst and regeneration beds CH4, CO2, H2S GPR-1200
GPR-1100
  0-100 PPM Oxygen contamination during the processing of 'cleaned' natural gas CH4, CO2, H2S GPR-18 MS ATEX
GPR-18 ATEX
GPR-1800 AIS ATEX
GPR-1800 IS ATEX
 
  0-100 PPM Oxygen can combine with natural gas to create a potentially explosive hazard and the need to protect of field personnel, gathering equipment, compressors and booster station equipment CH4, CO2, H2S GPR-1200
GPR-1100
 
  0-1% Oxygen measurement of landfill gas feed generator CH4, CO2 GPR-2000
 
Ozone Generation 50% to 95% Oxygen, pressure swing adsorption (PSA) and vacuum pressure swing adsorption (VPSA) skid generated oxygen Air GPR-3100
GPR-2600
GPR-2900
GPR-3500 MO
 
Pharmaceutical 0-5% Oxygen analysis in N2 career gas with solvents present N2, Solvents GPR-2000
 
  0-2% Oxygen monitoring of centrifuges during drying process N2 GPR-2000
 
Pipeline Transmission 0-100 PPM Oxygen from air leaks reacts with H2O and H2S to form sulfuric acid which corrodes gathering lines resulting in lost product and potentially explosion conditions Learn more.... CH4, CO2, H2S GPR-1200
GPR-1100
 
Plastics 0-100 PPM, 0-1%, Level monitoring during electron bean and, or UV curing N2 GPR-1600
GPR-2600
 
Power Generation 0-25% Oxygen alert to any upset air contamination of H2 cooling gas to avoid potential for explosion H2, Air GPR-28 ATEX
 
  0-10 PPM Oxygen, low level monitoring of H2 cooling gas for turbine generators H2 GPR-18 ATEX
GPR-1200
 
  0-10 PPM Oxygen, low level monitoring of Tritium recovery in nuclear reactors Tritium,
Deuterium
GPR-1600
 
  0-10 PPM monitoring of waste gas at Nuclear Power Plants N2, Ar, H2, He GPR-1600
 
Pulp & Paper 50% to 90% Oxygen cryogenic, pressure swing adsorption (PSA) and vacuum pressure swing adsoption (VPSA) skid generated oxygen for delignification and bleaching Air GPR-3100
GPR-2600
GPR-2900
GPR-3500 MO
 
Refinery 0-1%, 0-5% Oxygen in flue gas at stack incinerator during sulfur recovery Flue Gas GPR-2000
 
Research Controlled atmospere, government labs, university    
Semiconductor 0-100 PPM Oxygen, Ultra High Purity N2 for heat treating silicon wafers N2, H2 GPR-1600 UHP
 
  0-100 PPM Analysis at point of use - at tool location N2, H2, Ar GPR-1600 UHP
 
  0-100 PPB Oxygen, contamination of N2, H2, Ar carrier gases N2, H2, Ar GPR-1600 UHP
GPR-1600 MS
 
  0-100 PPB Oxygen, contamination of H2 scavenger gases used in atmosphere soldering and annealing copper films N2, H2 GPR-1600 UHP
GPR-1600 MS
GPR-1600
 
  Non-invasive leak detection in UHP gas distribution systems with mobile cart   GPR-1600 UHP
GPR-1600 MS
 
  0-10 PPM Oxygen purity cryogenic, ceramic membrane, pressure swing adsorption (PSA) skid and deoxo catalytic generated N2 (99.999%) for wafer oxidation furnaces N2, H2 GPR-1600
GPR-1200
 
  0-19.5 to 20.0% Oxygen deficiency in confined areas Ar, N2 GPR-35
GPR-2500 S
GPR-2500 S ATEX
GPR-2835 AIS ATEX
GPR-2835 IS ATEX
AII-3000 A
AII-3000 M
Palm O2 I
Specialty Metals 0-1 PPM Oxygen purity of furnace fuel gas for sintering metal powers into shapes and desired strength N2, H2 GPR-1600 MS
GPR-1900 MS
GPR-1600
GPR-1200 MS
GPR-1200
 
  0-10 PPM Oxygen contamination in H2 gas for heat treating and annealing hardness and brightness H2, N2 GPR-1600
GPR-1900
GPR-1500
GPR-1200
GPR-1100
 
  30% to 100% Pure oxygen generated cryogenically, pressure swing adsorption (PSA) and vacuum pressure swing adsorption (VPSA) processes mounted on skids replaces air to enrich existing processes and boost product yield and reduce NOx emissions:
-zinc recovery processes
-gold leaching processes
-various brazing processes
-processing scrap aluminum
-improve heat transfer in electric-arc steel making furnaces
  GPR-3100
GPR-2600
GPR-2900
GPR-3500 MO
GPR-2000
 
Steel 50% to 95% Oxygen, cryogenic, pressure swing adsorption (PSA) and vacuum pressure swing adsorption (VPSA) skid generated oxygen that improve heat transfer in electric-arc steel making furnaces increasing the yield and reducing NOx emissions Air GPR-3100
GPR-2600
GPR-2900
GPR-3500 MO
 
  0-10 PPM Oxygen low PPM purity H2 for heat treating and annealing processes producing desired hardness and brightness H2, N2 GPR-1600
GPR-1200
GPR-1100
 
  0.1% to 5% Oxygen membrane separated N2 skids Air GPR-2900
 
  0-10 PPM Oxygen, level N2 / Ar inert blanketing to prevent slag oxidation on steel on the caster or tundish N2, Ar GPR-1600
GPR-1200
GPR-1100
 
  0-5%, 0-10% level oxygen, monitoring of coke plant storage tanks & coke oven gas before electrostatic precipitation Oven Gas GPR-2000
 
Storage 0-100 PPM Oxygen contamination of blanketing gases ensuring product quality of proprietary hydrocarbons N2, Ar, He GPR-1600 UHP
GPR-1600 MS
 
  0-10 PPM Oxygen contamination of blanketing gases protecting product quality during tranportaion and storage N2, CO2 GPR-1600
GPR-1500
GPR-1800 AIS ATEX
GPR-1800 IS ATEX
GPR-1900
GPR-1200 ATEX
GPR-1100
 
  Spot check oxygen levels in fruit and grain storage silos are below 1% oxygen to extend storage life and maintain quality N2, CO2 GPR-2000
GPR-3000 A
Palm O2 I
  Monitor oxygen levels are below 5% to prevent ignition or explosive reactions with other gases N2, CO2 GPR-28 ATEX
GPR-28
GPR-2800 AIS ATEX
GPR-2800 IS ATEX
GPR-2500 ATEX
GPR-2000 ATEX
GPR-2600
GPR-2900
GPR-2500
 
Surface Transport 0-10 PPM Oxygen level N2 for inert blanketing of refined feedstocks and other hydrocarbon cargo during transport N2 GPR-1600
GPR-1200
GPR-1100
 
  0-10 PPM Oxygen contamination of (99.9999%) purity N2 during separation, storage and transfer via pipeline and tanker truck N2, Ar, H2, He GPR-1600 UHP
GPR-1600 MS
GPR-1600
GPR-1200 MS
GPR-1200
GPR-1100
 
  0-10 PPM Oxygen contamination of PPM level purity N2 transported via pipelines and tanker trucks to end users N2, Ar, H2, He GPR-1600 MS
GPR-1600
GPR-1200
GPR-1100
Waste Water Treatment 0-10 PPM Oxygen impurity in production of hydrogen peroxide H202 for oxygenating water H2 GPR-1600
GPR-1200
 
  90-100% Oxygen purity measurement of pure oxygen injected into waste water, facilitates bacteria growth Oxygen GPR-3100
 
Welding 0-1000 PPM Oxygen, 0-1% oxygen, low level oxygen monitoring of blanket gas compositions used to blanket a weld Varies GPR-1000
AII-3000 A
AII-3000 AHC
AII-3000 M
AII-3000 MHC
Palm O2 W
Window 0-1% level oxygen in Ar to certify double pane window meets Energystar requirement Ar GPR-20 F
Veterinary Medicine 0-100% Oxygen theray is frequently used for pets recovering from disease or surgery Oxygen, Air AII-3000 A
Palm O2 I


美国AII氧分析仪传感器XLT-12-123 美国AII氧分析仪传感器PSR-12-22 美国AII氧分析仪传感器PSR-12-24 美国AII氧分析仪传感器PSR-12-223 美国AII氧分析仪传感器XLT-11-15 美国AII氧分析仪传感器PSR-11-21 美国AII氧分析仪传感器PSR-11-213 美国AII氧分析仪传感器PSR-11-23 美国AII氧分析仪传感器PSR-11-233 美国AII氧分析仪传感器PSR-11-25 美国AII氧分析仪传感器PSR-11-77 美国AII氧分析仪传感器PSR-11-54 美国AII氧分析仪传感器PSR-11-52 美国AII氧分析仪传感器PSR-11-39

 

产品图片 产品名称/型号 产品简单介绍
美国AII氧分析仪传感器XLT-12-123
美国AII XLT-12-123
美国AII氧分析仪传感器PSR-12-22
美国AII PSR-12-22
美国AII氧分析仪传感器PSR-12-223
美国AII PSR-12-223
美国AII氧分析仪传感器PSR-12-24
美国AII PSR-12-24
美国AII氧分析仪传感器XLT-11-15
美国AII XLT-11-15
美国AII氧分析仪传感器PSR-11-21
美国AII PSR-11-21
美国AII氧分析仪传感器PSR-11-213
美国AII PSR-11-213
美国AII氧分析仪传感器PSR-11-23
美国AII PSR-11-23
美国AII氧分析仪传感器PSR-11-233
美国AII PSR-11-233
美国AII氧分析仪传感器PSR-11-25
美国AII PSR-11-25
美国AII氧分析仪传感器PSR-11-77
美国AII PSR-11-77
美国AII氧分析仪传感器PSR-11-54
美国AII PSR-11-54
美国AII氧分析仪传感器PSR-11-52
美国AII PSR-11-52
美国AII氧分析仪传感器PSR-11-39
美国AII PSR-11-39

美国AII氧气传感器,GPR氧燃料电池,PSR氧电极,XLT氧电池

  • 类  别: 分析仪器 > 气体检测仪 气体传感器

  • 名  称: 美国AII氧气传感器,GPR氧燃料电池,PSR氧电极,XLT氧电池

  • 型  号: GPR-12-2000MS,GPR-12-333,GPR-11-32-4,PSR-12-223

  • 品  牌: 美国先进AII/ADV公司

  • 参考价格: 书面报价

产品简介:

美国AII(ADV)公司的氧气传感器(氧气传感器、氧电极、氧电池、氧燃料电池)制造技术使得近几十年来的电化学传感器技术实现了革命性的突破,GPR-12-333其将微燃料电池氧传感器的灵敏度提高到了1ppb,寿命长达2-10年,响应时间以及从工艺波动中恢复时间大大缩短,使用温度拓宽到了-30度,稳定性大为提高从而延长了标定周期。另外,AII美国AII(ADV)公司还提供一系列高质量替代传感器,可发和市场上主要厂商的电化学氧传感器互换使用。和市场上主要的氧仪表相比,提供了最好的性能价格比。在绝大多数情况下,AII产品可以替代顺磁氧分析仪,而且实际表现更加优秀。这是因为和顺磁氧传感器相比,电化学传感器稳定性好,受温度、流量、压力的影响小,不受振动、安装角度等因素的影响(这对便携式分析仪而言尤为重要),对样气水份、尘等杂质含量的要求比较低,在传感器使用寿命周期内,灵敏度不因为样气中含有一定量的水份或尘而下降,而且对样气预处理系统要求低。AII/ADV公司所开发的氧传感器GPR-13-2000(氧气传感器、氧电极、氧电池、氧燃料电池)对氧有极好的选择性,要可以测量低至小于1ppb、高到100%的氧。样气中的氧在敏感电极上发生化学反应,产生和浓度成比例的电流信号。所输出的电流信号在指定的所有测量内均为线性,并且在整个正常使用寿命周期内保持不变。其它竞争者所制造的传感器很难与之相比。

 

美国AII(ADV)公司的氧气传感器常用型号:

GPR-13-2000UHP氧气传感器、GPR-12-2000MS氧电极、GPR-12-333氧电池、GPR-11-32-4氧燃料电池、PSR-12-223氧电极、XLT-12-333、GPR-12-100-M、XLT-12-100-M、GPR-11-120-OP、GPR-11-120-RTS、GPR-11-120-4、GPR-11-60-4、GPR-11-75-F、GPR-11-60、XLT-11-24、XLT-11-32-4、XLT-11-32-RT、GPR-11-21-RT、A-2675氧燃料电池、OSV-31-1、OSV-42-1、PSR-12-223、XLT-12-223、PSR-11-15D、9212-0、PSR-11-21、GPR-11-917-J、PSR-11-37-4、PSR-11-75-KE氧电池、SAF-11-02-E、SAF-11-02-I氧电极、XLT-11-15氧气传感器,AII氧分析仪GPR-1200/GPR-1100GPR-1500传感器:GPR-12-333/GPR-12-100-M或酸性电池XL-12-333;AII氧分析仪传感器GPR-2000配GPR-11-21-RT/XLT24-RT;纯氧分析仪变送器GPR-2500MO配1-120-4氧分析仪传感器常量氧变送器GPR-2500配GPR-11-32-4或酸性电池XLT-11-32-4。

 

AII/ADV公司氧电极工作原理 PSR-12-223
AII/ADV公司所开发的传感器对氧有极好的选择性,要可以测量低至小于1ppb、高到100%的氧。样气中的氧在敏感电极上发生化学反应,产生和浓度成比例的电流信号。所输出的电流信号在指定的所有测量内均为线性,并且在整个正常使用寿命周期内保持不变。其它竞争者所制造的传感器很难与之相比。

创新性设计、特有的制造技术、电极和电解质材料等重要因素综合在一起优化了这些氧传感器的关键特性,使得近几十年来的电化学传感器技术实现了一次真正的飞跃。

0-100ppb满量程的Pico-lon “HP” 系列传感器
传感器技术主要的突破之一:灵敏度<1ppb、超快速恢复、极好的信噪比和稳定性。GPR和XLT微量氧传感器、常量氧传感器、氢中氧传感器、高纯度氧传感器、氧纯度传感器
 

0-1ppm满量程Pico-lon “MS” 系列传感器

由“HP”系列的传感器演变而来,强信号输出确保了室内应用无温控条件下工作时的长期稳定性。

0-10pp满量程的先进电化学燃料池传感器
GPR和XLT-12t系列传感器表现出低含量下更好的稳定性、更快的恢复(1小时内由空气恢复至10ppm)等特性,寿命长达18-24个月,GPR和XLT微量氧传感器、常量氧传感器、氢中氧传感器、高纯度氧传感器、氧纯度传感器
提供长达1年的质量保证。次低温(低至-30度)工作温度下可提供0-100ppm的低量程。GPR-12-333

0-1%至0-100%满量程的先进电化学燃料电池传感器
GPR和XLT-11系列传感器具有比目前市场上的任何电化学传感器更好的稳定、长得多的寿命(在空气中长达10年)和更宽的工作温度范围(-40度~+50度)。

90-100%满量程“OP”系列氧纯度传感器
电化学传感器技术的主要突破之一:克服了电化学传感器在该应用场合下寿命短、信号输出下降快的致命弱点。该系列传感器表现出了极好的稳定性、无漂移,在100%氧中寿命长达2年。GPR-12-333Oxygen Sensor,GPR-12-333ppm Oxygen Sensor,GPR-12-2000MSppb Oxygen Sensor,GPR-11-12-4High Purity Oxygen Sensor

替代氧传感器PSR-11-333
AII还设计出一系列高质量的替代传感器,用于直接替代Teledyne、MSA、Figaro 其它厂商的氧传感器。

传感器选型通用指导GPR-13-2000UHP氧气传感器、GPR-12-2000MS氧电极、GPR-12-333氧电池、GPR-11-32-4氧燃料电池、PSR-12-223氧电极、XLT-12-333、GPR-12-100-M、XLT-12-100-M、GPR-11-120-OP、GPR-11-120-RTS、GPR-11-120-4、GPR-11-32-4、GPR-11-60-4、GPR-11-75-F、GPR-11-60、XLT-11-24、XLT-11-32-4、XLT-11-32-RT、GPR-11-21-RT、A-2675氧燃料电池、GPR-11-32-4OSV-31-1、OSV-42-1、PSR-12-223、XLT-12-223、PSR-11-15D、9212-0、PSR-11-21、GPR-11-917-J、PSR-11-37-4、PSR-11-75-KE氧电池、SAF-11-02-E、SAF-11-02-I氧电极、XLT-11-15氧气传感器,AII氧分析仪GPR-1200/GPR-1100GPR-1500传感器:GPR-12-333/GPR-12-100-M或酸性电池XL-12-333;AII氧分析仪传感器GPR-2000配GPR-11-21-RT/XLT24-RT;纯氧分析仪变送器GPR-2500MO配1-120-4氧分析仪传感器常量氧变送器GPR-2500配GPR-11-32-4或酸性电池XLT-11-32-4。AII氧气传感器专门设计用于背景气体中含有0.5%-100%CO2和其它酸性气体的连续测量。合气体或间歇式测量CO2和其它酸性气体中的氧。间歇式测量定义为微量氧在15分钟测量后用空气或氮气吹扫15分钟。

 

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